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Keynote address: Outstanding problems in solar physics
Authors:Markus J Aschwanden
Institution:1. Solar and Astrophysics Laboratory, Lockheed Martin Advanced Technology Center, Bldg. 252, Org. ADBS, 3251 Hanover St., Palo Alto, CA, 94304, USA
Abstract:Celebrating the diamond jubilee of the Physics Research Laboratory (PRL) in Ahmedabad, India, we look back over the last six decades in solar physics and contemplate on the ten outstanding problems (or research foci) in solar physics:
  1. The solar neutrino problem
  2. Structure of the solar interior (helioseismology)
  3. The solar magnetic field (dynamo, solar cycle, corona)
  4. Hydrodynamics of coronal loops
  5. MHD oscillations and waves (coronal seismology)
  6. The coronal heating problem
  7. Self-organized criticality (from nanoflares to giant flares)
  8. Magnetic reconnection processes
  9. Particle acceleration processes
  10. Coronal mass ejections and coronal dimming
The first two problems have been largely solved recently, while the other eight selected problems are still pending a final solution, and thus remain persistent Challenges for Solar Cycle 24, the theme of this jubilee conference.
Keywords:
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